feat: Comprehensive MCP Tools Exploration & Documentation #1
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- Consolidate 16 fragmented files into 6 well-organized documents - Create comprehensive README.md as main entry point - Merge redundant specifications into unified specification.md - Consolidate implementation plans into implementation-plan.md - Combine technical details into technical-reference.md - Unify analysis reports into analysis-report.md - Maintain types.ts and protocol-handler.ts unchanged - Eliminate duplicate content and inconsistent naming - Improve documentation structure and navigation - Preserve all important information while reducing complexity Files added: - README.md: Main entry point with overview and navigation - specification.md: Complete A2A protocol specification - implementation-plan.md: 4-phase refactoring strategy and roadmap - technical-reference.md: Detailed technical implementation guide - analysis-report.md: Comprehensive analysis and validation results - protocol-handler.ts: A2A protocol handler implementation - types.ts: TypeScript type definitions Benefits: - Reduced from 16 files to 6 files (62% reduction) - Eliminated redundancy and inconsistent naming - Improved developer experience with clear navigation - Easier maintenance with single source of truth - Better organization following documentation best practices
- Move A2A documentation from src/a2a-protocols/ to docs/reference/a2a-protocol/ - Rename branch from feature/a2a-protocol-docs-cleanup to feature/docs/a2a-protocol-integration - Update README.md with proper location information - Add A2A protocol reference to main docs INDEX.md - Follow proper documentation structure and naming conventions Changes: - Relocated 7 files to docs/reference/a2a-protocol/ - Updated docs/INDEX.md with A2A protocol reference section - Updated A2A README.md with location and status information - Proper branch naming following feature/docs/ convention Benefits: - Documentation follows repository structure conventions - Proper location in docs/reference/ alongside other protocol docs - Better discoverability through main docs index - Consistent with existing documentation organization
- Extract and categorize 70+ MCP tools across 6 major categories - Create detailed specifications with parameters, returns, and examples - Document requirements and architectural specifications - Build comprehensive steering guide for multi-agent orchestration - Establish foundation framework for robust orchestration systems - Organize documentation in structured directory hierarchy - Provide usage patterns, best practices, and troubleshooting guides Categories covered: - Coordination Tools: Swarm management, agent spawning, task orchestration - Memory & Neural Tools: Cross-session memory, pattern learning, AI optimization - GitHub Integration Tools: Repository analysis, PR management, workflow automation - System & Performance Tools: Monitoring, benchmarking, optimization - Advanced Tools: Consensus protocols, real-time coordination, cloud features Framework benefits: - 84.8% SWE-Bench solve rate - 32.3% token reduction - 2.8-4.4x speed improvement - Self-healing workflows with neural learning
🔗 Integration Test Results🔗 Cross-Agent Integration Test ReportSession ID: Summary
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🔍 Verification Pipeline ResultsVerification Pipeline ReportVerification ID: verify-20250928-225840-a4ab666e183f25ae870d88d7a0d5aab168c1f377 Results Summary
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| import type { | ||
| A2AMessage, | ||
| AgentIdentity, | ||
| AgentAdapter, | ||
| A2ATransport, | ||
| RoutingResult, | ||
| AgentFilter, | ||
| MemoryOptions, | ||
| A2AEvent, | ||
| EventFilter, | ||
| A2AConfig, | ||
| A2AMetrics, | ||
| A2AError, | ||
| A2AErrorType, | ||
| DeliveryTarget, | ||
| MessageType, | ||
| DeliveryGuarantee, | ||
| RoutingStrategy | ||
| } from './types.js'; | ||
| import { generateId } from '../utils/helpers.js'; | ||
| import { A2A_CONSTANTS } from './types.js'; | ||
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| export class A2AProtocolHandler extends EventEmitter implements A2AProtocolHandler { | ||
| private logger: ILogger; | ||
| private eventBus: IEventBus; | ||
| private memoryManager: IMemoryManager; | ||
| private config: A2AConfig; | ||
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| // Core components | ||
| private transport: A2ATransport; | ||
| private adapters = new Map<string, AgentAdapter>(); | ||
| private messageStore = new Map<string, A2AMessage>(); | ||
| private deliveryReceipts = new Map<string, DeliveryReceipt>(); | ||
| private acknowledgments = new Map<string, MessageAcknowledgment>(); | ||
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| // Agent discovery | ||
| private discoveredAgents = new Map<string, AgentIdentity>(); | ||
| private agentCapabilities = new Map<string, AgentCapabilities>(); | ||
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[P1] Import missing types referenced in handler
The handler uses AgentCapabilities for agentCapabilities and attempts to implement the A2AProtocolHandler interface, but neither type is imported from types.ts. As written, TypeScript cannot resolve AgentCapabilities, so the file will not compile, and the class only implements itself instead of the intended interface. Import both symbols from ./types.js so the type checker enforces the expected contract.
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| // Route message | ||
| const routingResult = await this.routeMessage(processedMessage); | ||
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| // Store message if persistence is enabled | ||
| if (this.config.memory.persistent) { | ||
| this.messageStore.set(message.messageId, processedMessage); |
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[P1] Access undefined memory configuration flag
In sendMessage the code checks this.config.memory.persistent, but A2AConfig.memory is typed as MemoryOptions which only declares ttl, consistency, replicate, and notifyAgents. Because persistent does not exist on that type, this line is a compile‑time error and the persistence feature can’t actually be configured. Either add a persistent field to MemoryOptions or remove this check.
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🚀 Comprehensive MCP Tools Exploration & Documentation
This PR introduces a complete exploration and documentation of all MCP tools in the Claude-Flow framework, establishing a solid foundation for multi-agent orchestration systems.
📋 Overview
Branch:
feature/mcp-tools-explorationPurpose: Extract, categorize, and document MCP tools for building robust multi-agent orchestration framework
Status: ✅ Complete
🎯 Key Achievements
✅ Complete MCP Tools Extraction
✅ Comprehensive Categorization
✅ Requirements & Specifications
✅ Foundation Framework
📁 Documentation Structure
🔧 MCP Tools Inventory
Core Coordination (15 tools)
swarm_init,swarm_scale,swarm_status,swarm_monitoragent_spawn,agent_list,agent_metrics,agent_assigntask_orchestrate,task_status,task_results,task_queuebyzantine_coordinator,raft_manager,gossip_coordinatorMemory & Neural (12 tools)
memory_store,memory_retrieve,memory_usage,memory_cleanupmemory_backup,memory_restore,memory_syncneural_train,neural_patterns,neural_status,neural_predict,neural_optimizeGitHub Integration (12 tools)
github_repo_analyze,github_swarm,github_pr_manage,github_issue_triagegithub_issue_tracker,github_release_managercode_review,pr_enhance,code_review_swarmworkflow_automation,project_board_sync,multi_repo_swarmSystem & Performance (15 tools)
system_monitor,health_check,metrics_collection,feature_detectionbenchmark_run,performance_benchmarker,perf_analyzer,bottleneck_detectionoptimization_suggestions,performance_optimization,resource_optimizerswarm_monitor,execution_stream_subscribe,realtime_subscribeAdvanced Features (16+ tools)
🏗️ Framework Architecture
Core Principles
Performance Benefits
Coordination Patterns
📖 Documentation Highlights
Detailed Specifications
Steering Guide
Foundation Framework
🎯 Impact & Benefits
For Developers
For the Framework
🔍 Review Focus Areas
Documentation Quality
Technical Accuracy
Framework Foundation
🚀 Next Steps
Immediate
Future
📝 Files Changed
docs/references/mcp/README.md- Main overview and navigationdocs/references/mcp/SUMMARY.md- Project summary and achievementsdocs/references/mcp/foundation-framework.md- Framework architecturedocs/references/mcp/categories/README.md- Categories overviewdocs/references/mcp/categories/coordination-tools.md- Coordination toolsdocs/references/mcp/categories/memory-neural-tools.md- Memory and neural toolsdocs/references/mcp/categories/github-integration-tools.md- GitHub integrationdocs/references/mcp/categories/system-performance-tools.md- System and performancedocs/references/mcp/requirements/README.md- Requirements and specificationsdocs/references/mcp/specifications/README.md- Detailed tool specificationsdocs/references/mcp/steering/README.md- Multi-agent orchestration guidance🎉 Conclusion
This comprehensive exploration and documentation provides the foundation for building sophisticated multi-agent orchestration systems using the Claude-Flow MCP framework. The structured approach, detailed specifications, and comprehensive guidance will enable developers to leverage the full power of the 70+ available MCP tools for creating intelligent, scalable, and reliable multi-agent systems.
The documentation serves as the definitive reference for understanding and implementing multi-agent orchestration, providing developers with the knowledge and tools needed to build sophisticated, intelligent, and scalable multi-agent systems.